Does the 2009 Honda Fit have CVT transmission?
Yes, the 2009 Honda Fit was available with a continuously variable transmission (CVT) as an optional feature. The Fit was offered with a choice of either a 5-speed manual transmission or a CVT automatic transmission in 2009.
Detailed Overview of the 2009 Honda Fit's Transmission Options
The 2009 Honda Fit was available in two transmission configurations:
- 5-speed manual transmission - This was the standard transmission option for the 2009 Fit.
- Continuously Variable Transmission (CVT) - This was an optional upgrade over the standard manual transmission. The CVT provided a smooth, seamless power delivery compared to a traditional automatic.
The CVT option was available across the different Fit trim levels, including the base Fit, Fit Sport, and Fit Sport with Navigation. Choosing the CVT added $800 to the MSRP of the 2009 Honda Fit.p>
Benefits of the CVT in the 2009 Honda Fit
The CVT transmission in the 2009 Fit offered several advantages over a traditional automatic:
- Improved Fuel Economy - The CVT helped the Fit achieve better EPA fuel economy ratings compared to the manual transmission model.
- Smooth Power Delivery - The seamless power delivery of the CVT provided a more refined driving experience compared to a stepped automatic transmission.
- Responsive Acceleration - The CVT kept the engine operating in its optimal power band, resulting in quicker acceleration from a stop.
Overall, the availability of the CVT transmission was a key feature that helped make the 2009 Honda Fit a popular and versatile compact car option.
Does the 2009 Honda Fit have a CVT transmission?
If you're North American there is no CVT, just a regular old fashioned automatic. Overseas the GE could be had with a CVT, of which I'm not familiar with.
Which Hondas have a CVT transmission?
Honda Models Available with CVT or eCVT
- Civic Sedan.
- Civic Coupe.
- Civic Hatchback.
- Accord.
- Fit.
- HR-V.
- CR-V.
- Insight.
Does the Honda Fit use a CVT?
Transmission options include a 6-speed manual or continuously variable transmission (CVT) with available paddle shifters adopted from the Civic. Unlike the previous generation, the third generation was marketed in four trim levels: LX, EX, EX-L, and EX-L with Navigation.
Which Hondas are not CVT?
Honda: The Civic Type R, Honda Fit (with the manual option), Honda Passport, Pilot, Ridgeline and the Odyssey are not equipped with CVTs. Hyundai: The Sonata, Ioniq, Veloster, Palisade, Santa Fe and Tucson are not equipped with CVTs. Infiniti: The QX30, QX60, Q50, Q60 and QX80 are not equipped with CVTs.
Will a CVT transmission last 200000 miles?
Indeed, some owners who keep to the factory-specified service intervals, use the recommended lubricant(s) and avoid abusive driving habits can get up to 200,000 trouble-free miles with a CVT. If you have any more questions about your CVT transmissions lifespan, give us a call at Callahan Automotive today!
How long will a Honda Fit CVT transmission last?
Despite their durability, Honda CVTs can encounter issues; however, with proper care, they can help owners exceed 300,000 miles on their vehicles.
How do I know what Honda transmission I have?
Open the driver's side door and look for a white placard with small black lettering. This card contains specific details about the year the car was made, its transmission, engine specifications and other details.
What year did Honda Fit get CVT?
The 1.5 L VTEC model with CVT-7 was added in September 2002. A five-speed manual was added in June 2004 for FWD model with the larger engine.
How do I know if my Honda has CVT?
The best way to identify a CVT transmission in your vehicle is to look for the manufactures logos indicating one, such as Toyota's Synergy Drive, Honda's Multi Matic and Nissan's Xtronic.
Why avoid CVT transmission?
AutoDNA explains common CVT Cons include: They have no feeling of connection between the accelerator and the engine during acceleration. There are limits on the engines that can work with a CVT in terms of power and size. They don't last as long as a conventional transmission.
